3W Power LED Turquoise 500–510nm 🔷

The 3W Power LED Turquoise (500–510 nm) from Periled delivers a bright, vivid turquoise output in a compact, single-emitter, round-bead form factor. Built on a copper bracket for excellent thermal conduction and powered by a high-quality Epileds chip (Taiwan), this high-power LED is ideal for Arduino, Raspberry Pi, and other microcontroller-based projects, as well as custom lighting, instrumentation, and electronics modules.

Brand & Chipset 🧩

• Brand: Periled
• LED Chip: Epileds (Taiwan)
• Emitter Type: Single LED, round bead
• Bracket/Leadframe: Copper

Technical Specifications ⚙️

• Optical Output (Wavelength): 500–510 nm (Turquoise)
• Luminous Flux: 80–100 lm
• Power Rating: 3 W
• Forward Voltage (VF): 3.4–3.8 V
• Forward Current (IF): 590–700 mA
• Beam Angle: 120° (wide)
• Operating Temperature (ambient): −20 °C to +60 °C
• Lamp Body Material: Copper bracket
• Life Span: 50,000 hours (typical)

Key Features 🚀

• High-efficiency turquoise output for vibrant indication, accent lighting, and optical applications.
• Low thermal resistance copper bracket helps dissipate heat effectively.
• Energy-efficient design can help reduce power consumption and associated operating costs.
• Eco-conscious: Lower energy use can help reduce carbon emissions over time.
• Long lifespan reduces maintenance and replacement frequency.
• Instant start, no flashing or warm-up.
• Solid-state, shock resistant construction for durability.
• Wide 120° beam for uniform illumination; easy to pair with secondary optics if desired.

Typical Applications 💡

• Arduino, Raspberry Pi, and microcontroller projects (via a constant-current LED driver)
• Indicators, signal lights, and machine status displays
• Custom LED modules and electronics components for prototyping
• Wearables, decorative/accent lighting, and artistic installations
• Scientific instrumentation and optical experiments within the 500–510 nm band

Integration Tips for Engineers & Hobbyists 🔧

• Use a constant-current driver rated for 590–700 mA. Do not connect the LED directly to a fixed voltage source or GPIO pins.
• Heatsinking is required: Mount to a suitable heatsink with thermal interface material to maintain safe junction temperatures.
• PWM dimming is supported when driven by an appropriate LED driver; microcontrollers can provide a PWM signal to the driver for brightness control.
• Observe polarity and ESD handling practices to prevent damage.
• Electrical headroom: Ensure your driver and supply provide sufficient overhead relative to the LED’s forward voltage (3.4–3.8 V).

Notes 📘

• Luminous flux and forward voltage vary with current and temperature; ensure adequate thermal management for maximum performance and lifetime.
• Specifications are typical ranges and may vary slightly due to manufacturing tolerances.

Keywords: 3W power LED, turquoise LED 500–510 nm, high-power LED emitter, Arduino, Raspberry Pi, microcontroller, constant-current driver, forward voltage, luminous flux, electronics components, LED module.